Q: What is the prime factorization of the number 50,141,104?

 A:
  • The prime factors are: 2 x 2 x 2 x 2 x 13 x 23 x 47 x 223
    • or also written as { 2, 2, 2, 2, 13, 23, 47, 223 }
  • Written in exponential form: 24 x 131 x 231 x 471 x 2231

Why is the prime factorization of 50,141,104 written as 24 x 131 x 231 x 471 x 2231?

What is prime factorization?

Prime factorization or prime factor decomposition is the process of finding which prime numbers can be multiplied together to make the original number.

Finding the prime factors of 50,141,104

To find the prime factors, you start by dividing the number by the first prime number, which is 2. If there is not a remainder, meaning you can divide evenly, then 2 is a factor of the number. Continue dividing by 2 until you cannot divide evenly anymore. Write down how many 2's you were able to divide by evenly. Now try dividing by the next prime factor, which is 3. The goal is to get to a quotient of 1.

If it doesn't make sense yet, let's try it...

Here are the first several prime factors: 2, 3, 5, 7, 11, 13, 17, 19, 23, 29...

Let's start by dividing 50,141,104 by 2

50,141,104 ÷ 2 = 25,070,552 - No remainder! 2 is one of the factors!
25,070,552 ÷ 2 = 12,535,276 - No remainder! 2 is one of the factors!
12,535,276 ÷ 2 = 6,267,638 - No remainder! 2 is one of the factors!
6,267,638 ÷ 2 = 3,133,819 - No remainder! 2 is one of the factors!
3,133,819 ÷ 2 = 1,566,909.5 - There is a remainder. We can't divide by 2 evenly anymore. Let's try the next prime number
3,133,819 ÷ 3 = 1,044,606.3333 - This has a remainder. 3 is not a factor.
3,133,819 ÷ 5 = 626,763.8 - This has a remainder. 5 is not a factor.
3,133,819 ÷ 7 = 447,688.4286 - This has a remainder. 7 is not a factor.
...
Keep trying increasingly larger numbers until you find one that divides evenly.
...
3,133,819 ÷ 13 = 241,063 - No remainder! 13 is one of the factors!
241,063 ÷ 13 = 18,543.3077 - There is a remainder. We can't divide by 13 evenly anymore. Let's try the next prime number
241,063 ÷ 17 = 14,180.1765 - This has a remainder. 17 is not a factor.
241,063 ÷ 19 = 12,687.5263 - This has a remainder. 19 is not a factor.
241,063 ÷ 23 = 10,481 - No remainder! 23 is one of the factors!
10,481 ÷ 23 = 455.6957 - There is a remainder. We can't divide by 23 evenly anymore. Let's try the next prime number
10,481 ÷ 29 = 361.4138 - This has a remainder. 29 is not a factor.
10,481 ÷ 31 = 338.0968 - This has a remainder. 31 is not a factor.
10,481 ÷ 37 = 283.2703 - This has a remainder. 37 is not a factor.
...
Keep trying increasingly larger numbers until you find one that divides evenly.
...
10,481 ÷ 47 = 223 - No remainder! 47 is one of the factors!
223 ÷ 47 = 4.7447 - There is a remainder. We can't divide by 47 evenly anymore. Let's try the next prime number
223 ÷ 53 = 4.2075 - This has a remainder. 53 is not a factor.
223 ÷ 59 = 3.7797 - This has a remainder. 59 is not a factor.
223 ÷ 61 = 3.6557 - This has a remainder. 61 is not a factor.
...
Keep trying increasingly larger numbers until you find one that divides evenly.
...
223 ÷ 223 = 1 - No remainder! 223 is one of the factors!

The orange divisor(s) above are the prime factors of the number 50,141,104. If we put all of it together we have the factors 2 x 2 x 2 x 2 x 13 x 23 x 47 x 223 = 50,141,104. It can also be written in exponential form as 24 x 131 x 231 x 471 x 2231.

Factor Tree

Another way to do prime factorization is to use a factor tree. Below is a factor tree for the number 50,141,104.

50,141,104
Factor Arrows
225,070,552
Factor Arrows
212,535,276
Factor Arrows
26,267,638
Factor Arrows
23,133,819
Factor Arrows
13241,063
Factor Arrows
2310,481
Factor Arrows
47223

More Prime Factorization Examples

50,141,10250,141,10350,141,10550,141,106
21 x 111 x 2,279,141131 x 16,713,701151 x 71 x 311 x 371 x 1,249121 x 35 x 103,1711

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